Infrascience of Scientific Orthodoxy

A branch of infrascience that examines the infrastructure underlying scientific orthodoxy—the foundational systems, structures, and conditions that make it possible for orthodoxies to form, persist, and function. The infrascience of scientific orthodoxy investigates what must be in place for consensus to exist: communication infrastructure (journals, conferences, preprint servers) that enables scientists to know what others think; institutional infrastructure (universities, research centers, funding agencies) that creates the conditions for shared training and shared assumptions; technological infrastructure (databases, citation networks, collaboration tools) that makes it possible to track and transmit consensus; and social infrastructure (professional societies, reputation systems, trust networks) that creates the communities within which orthodoxy forms. It also examines how this infrastructure shapes what orthodoxy becomes—how changes in communication technology transform consensus formation, how funding structures influence which views become orthodox, how institutional arrangements can make orthodoxy more or less resistant to change. The infrascience of scientific orthodoxy reveals that consensus is never just agreement—it's agreement built on infrastructure, and understanding orthodoxy requires understanding the systems that enable it.

Example: "Her infrascience of scientific orthodoxy analysis showed how the rise of preprint servers changed consensus formation—not by changing the evidence, but by changing the infrastructure through which scientists encounter it. The same science, different orthodoxy dynamics, because the pipes changed."

by Abzugal March 16, 2026

Critical Theory of Scientific Orthodoxy

The application of critical theory—the Frankfurt School tradition of analyzing power, ideology, and domination—to the study of scientific orthodoxy. The critical theory of scientific orthodoxy examines how consensus can function as a form of power: how orthodox views can serve dominant interests, how dissent is marginalized through institutional mechanisms, how scientific authority can be mobilized to legitimize social arrangements, how the very category of "orthodoxy" can exclude marginalized perspectives and alternative ways of knowing. It also examines possibilities for emancipation: how to create scientific institutions that are more democratic, more inclusive, more open to heterodoxy; how to challenge orthodoxies that serve power rather than truth; how to build science that serves human flourishing rather than domination. The critical theory of scientific orthodoxy reveals that consensus is never neutral—it always exists in a field of power, and understanding orthodoxy requires understanding whose interests it serves and whose voices it excludes.

Example: "Her critical theory of scientific orthodoxy analysis showed how a particular medical consensus served pharmaceutical industry interests—not because the science was wrong, but because the questions asked, the methods used, and the interpretations offered were shaped by industry funding and influence. The orthodoxy was true, but it was also power."

by Abzugal March 16, 2026

Metascience of the Scientific Method

The systematic study of the scientific method using the frameworks and tools of metascience—the science of science. The metascience of the scientific method examines the method as a phenomenon that cuts across disciplines, asking meta-level questions about how it functions, how it varies across fields, how it relates to scientific progress, and how it can be improved. It draws on multiple meta-perspectives: the history of the method (how it evolved), the sociology of the method (how communities enact it), the psychology of the method (how individual scientists practice it), the philosophy of the method (its epistemological foundations), and the economics of the method (how incentives shape its application). The metascience of the scientific method seeks not just to understand the method but to enhance it—to design better practices, institutions, and norms for scientific inquiry.

Metascience of the Scientific Method Example: "His metascience of the scientific method research combined historical analysis of how the method changed over time, sociological studies of how it's actually practiced, and psychological experiments on how scientists reason. The goal wasn't just description but improvement—a better method for the future."

by Dumu The Void March 19, 2026

Infrascience of the Scientific Method

A branch of infrascience that examines the infrastructure underlying the scientific method—the foundational systems, structures, and conditions that make methodical inquiry possible. The infrascience of the scientific method investigates what must be in place for the method to operate: material infrastructure (laboratories, equipment, computers), institutional infrastructure (universities, funding agencies, journals), social infrastructure (scientific communities, peer networks, training systems), conceptual infrastructure (shared assumptions, paradigms, frameworks), and technological infrastructure (measurement tools, data systems, communication networks). It also examines how this infrastructure shapes what the method can achieve—how changes in infrastructure (new instruments, new funding models, new communication platforms) transform the method itself. The infrascience of the scientific method reveals that the method is never just a set of rules; it's always a practice embedded in infrastructure, and understanding the method requires understanding the systems that enable it.

Infrascience of the Scientific Method Example: "Her infrascience of the scientific method research showed how the development of high-speed computing transformed hypothesis testing—not by changing the logic of the method, but by changing what questions could be asked. New infrastructure, new method, new science."

by Dumu The Void March 19, 2026

Philosophy of the Scientific Method

A branch of philosophy that examines the nature, justification, and implications of the scientific method—asking foundational questions about what the method is, why it works, and what its limits might be. The philosophy of the scientific method investigates issues like: What distinguishes scientific inquiry from other forms of knowing? Is there a single scientific method or many? How do observation and theory relate? What counts as explanation? How do we choose between competing theories? What role do values play in science? How does science progress? It also examines classic debates: inductivism vs. hypothetico-deductivism, realism vs. anti-realism, paradigm shifts vs. cumulative progress. The philosophy of the scientific method is essential for scientists to understand what they're doing when they do science—not just how to apply methods, but what those methods assume and imply.

Philosophy of the Scientific Method Example: "His philosophy of the scientific method work asked whether falsification really distinguishes science from pseudoscience—or whether it's just one demarcation criterion among many. The question matters because how we define the method determines who counts as scientific."

by Dumu The Void March 19, 2026

Sociology of the Scientific Method

A branch of sociology that examines how the scientific method is socially constructed, maintained, and practiced within scientific communities—focusing on the institutions, norms, power relations, and social dynamics that shape what counts as proper method. The sociology of the scientific method investigates how methods are taught and transmitted, how methodological standards are enforced, how methodological disputes are resolved, how status and authority influence which methods are valued, and how the method varies across different scientific communities and historical periods. It reveals that the scientific method is not a timeless, universal procedure but a social practice—shaped by training, community norms, institutional pressures, and cultural context. Understanding this social dimension is essential for recognizing why methods change, why controversies arise, and why the same method can produce different results in different settings.

Sociology of the Scientific Method Example: "Her sociology of the scientific method research showed that what counts as 'proper' experimental design varies dramatically across fields—not because some fields are less rigorous, but because different communities have different standards shaped by their history, training, and problems. The method is social all the way down."

by Dumu The Void March 19, 2026

Critical Theory of the Scientific Method

A critical theoretical approach that examines the scientific method through the lens of power, ideology, and domination—asking how the method may serve dominant interests, exclude marginalized perspectives, and reproduce social hierarchies. The critical theory of the scientific method investigates questions like: Whose interests does the method serve? What assumptions about reality, knowledge, and value are embedded in methodological standards? How does the method exclude or delegitimize alternative ways of knowing? How do power relations within science shape what counts as "good method"? How might the method be reformed to be more democratic, inclusive, and just? This approach doesn't reject the scientific method but subjects it to critique—revealing that the method is never neutral, always embedded in social contexts, and always capable of serving domination as well as liberation. Critical theory seeks not to abandon method but to transform it.

Critical Theory of the Scientific Method Example: "His critical theory of the scientific method examined how 'objectivity' standards have been used to exclude women's ways of knowing from scientific legitimacy—not because those ways are invalid, but because they don't fit methodological orthodoxies shaped by male-dominated institutions. Critique reveals what the method hides."

by Dumu The Void March 19, 2026